Superior Drainage Systems for Sustainable Infrastructure
Advanced SWR solutions for effortless plumbing and lifelong durability.
What Are SWR Plain Socket Pipes and Fittings?
SWR (Soil, Waste, and Rainwater) plain socket pipes and fittings are essential for efficient drainage in residential, commercial, and industrial settings.
TMT Plus SWR plain socket pipes and fittings are engineered for easy installation and weather resistance. They provide a durable, low-maintenance solution for reliable wastewater and rainwater management.
Crafted from high-quality uPVC, these lightweight and corrosion-resistant components feature a leak-proof design and a smooth interior to prevent clogging.
Our SWR Plain Socket Range
SWR Plain Socket Pipe (ISI) Type A
Optimised for rainwater and ventilation systems.
SWR Plain Socket Pipe (ISI) Type B
Heavy-duty design for soil and waste discharge systems.
Features
Where are SWR Pipes Used?
Why Choose TMT Plus SWR Pipes?
Long Service Life
Designed for durability, these pipes are built to last for decades with minimal maintenance.
ISI Certified
Manufactured to meet recognised safety and quality standards, ensuring dependable performance.
Rigorous Testing
More than 357 quality checkpoints to guarantee a zero-compromise quality standard.
Proven Reliability
Trusted across North India for over a decade, supported by a robust network of 500+ dealers.
Frequently Asked Questions
They are used for carrying soil, waste, and rainwater safely through drainage systems in homes, commercial buildings, and infrastructure projects.
They are designed for leak resistance, smooth flow, and long-term durability, ensuring wastewater moves efficiently without interruptions or damage.
Yes, they are UV resistant and built to withstand heat, rain, and changing weather conditions without losing strength or performance.
The inner surface is smooth and polished, allowing waste and water to flow freely, reducing the chances of clogging over time.
They are commonly used in residential plumbing, commercial drainage systems, and rainwater disposal setups across buildings and infrastructure projects.
